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There are two different areas where we might consider reading some form of keyboard input from the user: for controlling a game (by using the cursor keys, for example) and for text input (perhaps to enter a name in a high-score table). The first of these requires the presence of a hardware keyboard. Keyboards can make a huge difference to some applications such as when taking notes or writing e-mail, and they can be useful for gaming, too. Some of your users will have such a keyboard, and others (probably the majority) will not. For this reason, it is strongly advised not to make having a hardware keyboard a requirement of your game. By all means allow the keyboard to enhance the gaming experience, but please do ensure that it still works for those users who have only a touch screen for control. For text input, users can type on a hardware keyboard if they have one, or use the onscreen keyboard known as the Soft Input Panel (SIP) if they do not. The methods both produce the same end result from the perspective of your game: it can ask for some text input, which it receives from the user. Exactly how the user enters it is not something that your game needs to worry about. Let s take a look at how to interact with hardware keyboards and how to get the user to enter some text into your game.

Note The DBML file is not the file used for object mapping. The mapping in the DBML file is used only for

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Just as XNA provides the TouchPanel object to allow us to read input from the touch screen, it also provides the Keyboard object to allow keyboard input to be read. It provides a single method, GetState, which provides a snapshot of the current keyboard activity. Just as with the TouchPanel, this object allows us to poll the keyboard state rather than use an event-based model such as the one you might be familiar with if you have spent time in WinForms development. GetState returns a KeyboardState object from which we can read whatever information we need to control a game. There are three methods that can be called on the KeyboardState object: GetPressedKeys returns an array of Keys values from which the complete set of current pressed keys can be read. If you want to allow a large range of keys to be used (such as to read the input when the user is typing, for example), this is probably the best method for querying the keyboard. Note that the array contains simple keycodes and nothing more: no information about pressed or released states is contained within this data.

IsKeyDown returns a boolean indicating whether a specific key (provided as a parameter) is currently pressed down. IsKeyUp is the reverse of IsKeyDown, checking to see whether a specific key is not currently pressed.

technique { // Temporary textures // Fullsize HDR render target, used as tone mapping source texture rt_full target_width target_height PF_FLOAT16_RGB // Targets used texture rt_lum0 texture rt_lum1 texture rt_lum2 texture rt_lum3 texture rt_lum4 for luminance evaluation (3x3 downsample, point filtering) 1 1 PF_FLOAT16_RGB 4 4 PF_FLOAT16_RGB 16 16 PF_FLOAT16_RGB 64 64 PF_FLOAT16_RGB 128 128 PF_FLOAT16_RGB

You have two options for object mapping when using LTS: XML mapping and attributebased mapping. Unfortunately, when using the VS 2008 designer (as you have been), you are stuck with attribute-based mapping. As you may recall from 2, I consider using attributes in your domain model an action that breaks PI and corrupts your model; however, because LTS is generating the code for you in the Bottom Up approach, it is less of a problem.

All these functions operate using the XNA-provided Keys enumeration. This enumeration includes a huge range of keys that might potentially be pressed, even though some of them won t exist on any given target device. The alphabetical characters have values in the enumeration with names from A to Z; because the enumeration deals only with pressed keys rather than typed characters, there is no provision for lowercase letters. The numeric digits are represented by the names D0 to D9 (enumerations do not allow names starting with digits, so a prefix had to be applied to these items to make their names valid). The cursor keys are represented by the values named Up, Down, Left, and Right.

TIP If you are unsure about which enumeration item corresponds to a key on the keyboard, add some code to your Update function that waits for GetPressedKeys to return one or more items and then set a breakpoint when this condition is met. You can then interrogate the contents of the Keys array to see which keycode has been returned.

// Bright-pass filtered target (tone mapped) texture rt_brightpass 128 128 PF_R8G8B8 // Bloom filter targets texture rt_bloom0 128 128 PF_R8G8B8 texture rt_bloom1 128 128 PF_R8G8B8

The example project KeyboardInput provides a very simple implementation of moving a sprite around the screen using the cursor keys. The code to perform this, taken from the Update function, is shown in Listing 4 19. Listing 4 19. Using the keyboard to move a sprite // if if if if Move the sprite (Keyboard.GetState().IsKeyDown(Keys.Up)) sprite.PositionY -= 2; (Keyboard.GetState().IsKeyDown(Keys.Down)) sprite.PositionY += 2; (Keyboard.GetState().IsKeyDown(Keys.Left)) sprite.PositionX -= 2; (Keyboard.GetState().IsKeyDown(Keys.Right)) sprite.PositionX += 2;

Attribute mapping, like XML mapping, is similar to the DBML file you reviewed in Listing 3-4, as they all use the same schema (DBMLSchema.xsd) for construction. In Table 3-1, you can see the enumeration of the DBMLSchema.xsd file that defines the mapping construct in LTS. Although the table does not go through every attribute in the schema, it does identify the most important elements and attributes.

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